A robust, object-oriented software system developed in modern C++ designed to demonstrate advanced core programming principles, low-level efficiency, and strict memory safety.
- Object-Oriented Design (OOD): Fully leveraged OOP concepts, including inheritance and polymorphism, to build a scalable and modular codebase.
- Manual Memory Management: Implemented strict manual memory handling with dynamic allocations and dynamic arrays, ensuring zero memory leaks.
- Modern C++ Lifecycle Management: Adhered strictly to the Rule of Five and integrated Smart Pointers for secure, automated resource ownership.
- Advanced Code Practices: Utilized modern C++ capabilities including STL containers, Lambda Expressions, and customized data-processing algorithms.
- Robustness & File I/O: Built dedicated classes for persistent file streaming and embedded comprehensive exception-handling (Exceptions) mechanisms.